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1 for survival in environments other than the agar plate.
2 ith height variations up to 0.8 mm above the agar plate.
3 e sample as an indication of culturing on an agar plate.
4 ing Bacillus subtilis ATCC 49760 colonies on agar plates.
5 ed in stronger seedling growth inhibition on agar plates.
6 on Luria agar plates and on glucose minimal-agar plates.
7 by a factor of 150 compared to growth on LB agar plates.
8 reening of colonies expressing active p50 on agar plates.
9 and have reduced ability to form colonies on agar plates.
10 at cultures on selective streptococcal blood agar plates.
11 iluted in microtitre plates and spotted onto agar plates.
12 in flagellar swimming motility on semisolid agar plates.
13 y cultured by manual counting of colonies on agar plates.
14 immunoblotting and caseinolytic activity on agar plates.
15 ristic dendritic pattern on semisolid (0.4%) agar plates.
16 ated in duplicate onto selective horse blood agar plates.
17 H. glycines J2 and Caenorhabditis elegans on agar plates.
18 were identified on CAS siderophore detection agar plates.
19 s were exposed to freshly grown H. pylori on agar plates.
20 r bubbles or follow oxygen gradients in soft agar plates.
21 performed directly with colonies from blood agar plates.
22 ng serial aerobic cultivation on tryptic soy agar plates.
23 s lysed, and the lysate was plated onto 7H10 agar plates.
24 henotype (Spp+) on colonies grown on sucrose agar plates.
25 using Arabidopsis thaliana plants growing on agar plates.
26 found arising from the edges of colonies on agar plates.
27 from positive blood cultures using prewarmed agar plates.
28 e for producing nutrient-deficient plants on agar plates.
29 number of bacterial colonies grown on blood agar plates.
30 ion and anchorage-independent growth on soft agar plates.
31 (AST) systems and five selective chromogenic agar plates.
32 tants for a hypohemolytic phenotype on blood agar plates.
33 clusters) were subcultured on 5% sheep blood agar plates.
34 henotype were readily isolated from motility agar plates.
35 onhemolytic Escherichia coli strain on blood agar plates.
36 ed on two different types of VRE chromogenic agar plates.
37 rgans were determined by culture on brucella agar plates.
38 showed enhanced hemolytic activity on blood agar plates.
39 erial four-quadrant streak on 5% sheep blood agar plates.
40 inctive "sectoring" of colonies on selective agar plates.
41 Overexpression of bsrE causes cell lysis on agar plates.
42 d in extensive beta-hemolysis on sheep blood agar plates.
46 n G27 resulted in decreased motility on soft agar plates, a defect that was complemented by a wild-ty
47 wavy root phenotype when grown vertically on agar plates, a phenotype observed in wild-type plants on
48 orm multicellular patterns as they expand on agar plates, a phenotype that requires a functional copy
49 have the ability to form swarms on motility agar plates after prolonged incubation at 30 degrees C;
50 and an in-house-prepared Mueller-Hinton (MH) agar plate, all incubated for 24 or 48 h; broth microdil
51 um mutant for purple (Pum+ bop+) colonies on agar plates and analyzed for bop mRNA and/or bacteriorho
52 eened for their ability to swarm on motility agar plates and autoagglutinate in liquid cultures; 28 m
53 preparation of DNA from E. coli colonies on agar plates and completion of PCR and melting-curve anal
54 pecies of bacteria were subcultured to blood agar plates and DNA was extracted from the cultures afte
55 tablishing a diffusive gradient in semi-soft agar plates and does not require that the attractant be
56 hange, produced smaller colonies on enriched agar plates and exhibited a 50% decrease in growth rate
57 in protoplasts, in intact seedlings grown on agar plates and in mature plants grown hydroponically.
60 lagellated counterparts in spreading on soft-agar plates and through medium-filled channels despite h
61 veral limitations, including labor-intensive agar plating and colony selection methods associated wit
62 rate as 0.5% AgNO3, with zero colonies on an agar plate, and about 6 times faster than silver sulfadi
63 in-house-prepared brain heart infusion (BHI) agar plate, and an in-house-prepared Mueller-Hinton (MH)
65 in liquid culture, were unable to spread on agar plates, and lacked flagellar filaments as determine
66 tinely inoculated on colistin-naladixic acid agar plates, and S. aureus was identified by using stand
67 res were subcultured onto blood agar and CNA agar plates, and the plates were reincubated for 24 h.
68 on Module (CDM) for categorizing chromogenic agar plates as negative or "nonnegative" for vancomycin-
71 e double-mutant strain was unable to grow on agar plates at O2 tensions of 2.5% or less on N-free med
72 ative, nonspreading organisms on sheep blood agar plates (BAP), having typical gram-negative rod plat
73 were performed from growth on BMHA and blood agar plates (BAP), with and without cefoxitin disk induc
74 g: 100 mul of urine plated onto blood (blood agar plate [BAP]), colistin-nalidixic acid (CNA), and Ma
75 mucus defective), grew poorly on cecal-mucus agar plates but grew well on Luria agar plates and on gl
76 resulting mutants were nonmotile on motility agar plates, but under a light microscope they exhibited
77 of C. perfringens move across the surface of agar plates by a unique type IV pilus (TFP)-mediated soc
79 C. jejuni harvested from Mueller-Hinton (MH) agar plates, C. jejuni harvested from MH agar plates sup
82 0.5 McFarland inoculum; and (iii) BHI screen agar plates containing 4 mug/ml vancomycin and 16 g/lite
83 i representing five genera on heart infusion agar plates containing 5% rabbit blood and on brucella a
85 ed clones of M. smegmatis mc2155 screened on agar plates containing chrome azural S, 19 mutants that
87 4-chloro-3-indolyl-beta-D-galactopyranoside) agar plates containing uracil and uridine after UV irrad
89 enotypes, including loss of motility on soft agar plates, deficiency in siderophore synthesis and iro
91 ocalized Fe supply in horizontally separated agar plates doubled lateral root length without having a
94 n Reynolds cells cultivated on Columbia salt agar plates expressed approximately 100-fold more type 5
97 V) agar prior to transfer to Hektoen Enteric agar plates for the recovery of viable Salmonella bacter
98 BEAA and subculture of cocci on sheep blood agar plates for vancomycin disk diffusion and pyrazinami
99 an advantage over conventional direct blood agar plating for the diagnostic confirmation of bartonel
102 in broth, a different result is observed on agar plates: growth of the YidC depletion strain is larg
104 In the assay, bacterial lawns were grown on agar plates, harvested with phosphate-buffered saline, b
105 st research on growing bacterial colonies on agar plates has concerned the effect of genetic or morph
106 direct finger impressions on inhibitory mold agar plates, (ii) bag washes in brain heart infusion bro
108 , but instead permitted the cells to grow on agar plates in the absence of an external carbon source.
109 t detection of residual agar from culture on agar plates in the presence of bacterial spores with a l
110 nosa exhibits swarming motility on 0.5 to 1% agar plates in the presence of specific carbon and nitro
111 th mutants were completely nonmotile on soft agar plates, in minimal broth, and in tomato plants.
113 were tested using Mueller-Hinton sheep blood agar plates incubated for 20 to 24 h in 5% CO2; they wer
118 e M. tuberculosis mshD mutant grew poorly on agar plates lacking catalase and oleic acid and in low-p
120 fore autoclaving the agar, or Mueller-Hinton agar plates may be flooded with a glucose-methylene blue
121 e agar before autoclaving, or Mueller-Hinton agar plates may be flooded with a glucose-methylene blue
122 erature before plating, 51% used Campy blood agar plate medium, 52% read plates at <72 hours of incub
123 compared to those obtained by a conventional agar plate method for a total of 805 synovial fluid spec
124 TEC Peds Plus/F bottle over the conventional agar plate method for the detection of clinically signif
127 in heart infusion-6-micrograms/ml vancomycin agar plates obtained from five commercial sources (B-D M
129 d included direct inoculation of a MacConkey agar plate on which a 10-mug meropenem disk was placed a
130 on Broth or on Muller-Hinton-based chocolate agar plates or genetic mutation of Ft was found to compr
131 or B anthracis collected on open sheep blood agar plates (P<.001) and personal air monitors (P =.01)
133 d with results obtained with the double-pour agar plates (rated as "good"), fungal growth and identif
136 cts in the chemotaxis signaling pathway, the agar plates remain dry and the cells' flagella are short
137 nificantly greater inhibition by H(2)O(2) on agar plates (reversed by complementation), 30% less adhe
138 agar was compared to culture on sheep blood agar plate (SBAP) and AccuProbe detection of group B str
140 ot confer a hard colony phenotype on sucrose agar plates, suggesting that the type of glucan product
141 MH) agar plates, C. jejuni harvested from MH agar plates supplemented with DOC secreted the Cia prote
142 We compared the abilities of media from agar plates surrounding swarming and nonswarming cells o
143 lized microtubes was assessed by qualitative agar plate test using Micrococcus luteus as substrate sh
144 (measured edge to edge) on a Mueller-Hinton agar plate that had been inoculated with an S. aureus is
145 Modified Leeds Acinetobacter medium (mLAM) agar plates that contained vancomycin and either aztreon
147 em greatly impaired in motility on semisolid agar plates; this defect can be corrected by the introdu
149 nsferred through a succession of nonnutrient agar plates to eliminate fungal and other contaminants.
150 sing a system of polyethylene glycol-infused agar plates to impose a constant low-water-potential str
151 s for the use of polyethylene glycol-infused agar plates to impose low water potential stress, assay
152 chment broths onto 150-mm sorbitol-MacConkey agar plates to which cefixime and tellurite were added w
153 rabidopsis thaliana) seedlings were grown on agar plates under different salt stress conditions.
154 uxArray 1.0 reporter strains to membranes on agar plates was used for simultaneous reporter gene assa
155 ant inbred strains assayed on the surface of agar plates, we found QTL for survival, early fertility,
156 : when roots growing along the surface of an agar plate were gravistimulated, there was often an upwa
162 mucoid colony phenotype when grown on blood agar plates were temporally associated with the higher i
163 ies of a 6PGDH mutant library growing on the agar plates were treated by heat to minimize the backgro
164 ch showed good growth and DNA replication on agar plates, were irradiated at (DNA-effective) UV-B flu
165 was used for Mimivirus isolation, which used agar plates where the growth of giant viruses is reveale
166 ciated with the use of a primary tryptic soy agar plate with 5% sheep blood (BAP) and a 3-ml tube of
167 of meropenem and subcultured to a MacConkey agar plate with a 10-mug meropenem disk) and for sequenc
169 s containing 5% rabbit blood and on brucella agar plates with and without sheep blood under aerobic,
170 f metabolites in tissues, cell cultures, and agar plates with cellular resolution, but it is hampered
171 When D. discoideum is plated on nutrient agar plates with different P. aeruginosa strains, the ba
174 tants were tested for the ability to grow on agar plates with mouse cecal mucus as the sole source of
175 rs with an enlarged base after transfer from agar plates with normal medium to plates with 6% Glc.
177 detected from hyphae of the fungus grown on agar plates, without the need for any organic extraction
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